266 lines
8.1 KiB
C++
266 lines
8.1 KiB
C++
//----------------------------------------------------------------------------
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//
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// Certain calls are dynamically linked so that the user-mode
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// DLL can be used on Win9x and NT4.
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//
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// Copyright (C) Microsoft Corporation, 2000-2001.
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//
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//----------------------------------------------------------------------------
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#include "pch.hpp"
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#include <ntcsrdll.h>
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#include "dllimp.h"
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#include "cmnutil.hpp"
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// These entries must match the ordering in the NTDLL_CALLS structure.
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DYNAMIC_CALL_NAME g_NtDllCallNames[] =
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{
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"CsrGetProcessId", FALSE,
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"DbgBreakPoint", TRUE,
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"DbgPrint", TRUE,
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"DbgPrompt", TRUE,
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"DbgUiConvertStateChangeStructure", FALSE,
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"DbgUiGetThreadDebugObject", FALSE,
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"DbgUiIssueRemoteBreakin", FALSE,
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"DbgUiSetThreadDebugObject", FALSE,
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"NtAllocateVirtualMemory", TRUE,
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"NtClose", TRUE,
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"NtCreateDebugObject", FALSE,
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"NtDebugActiveProcess", FALSE,
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"NtDebugContinue", FALSE,
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"NtFreeVirtualMemory", TRUE,
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"NtOpenProcess", TRUE,
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"NtOpenThread", TRUE,
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"NtQueryInformationProcess", TRUE,
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"NtQueryInformationThread", TRUE,
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"NtQueryObject", TRUE,
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"NtQuerySystemInformation", TRUE,
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"NtRemoveProcessDebug", FALSE,
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"NtSetInformationDebugObject", FALSE,
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"NtSetInformationProcess", FALSE,
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"NtSystemDebugControl", TRUE,
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"NtWaitForDebugEvent", FALSE,
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"RtlFreeHeap", TRUE,
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"RtlGetFunctionTableListHead", FALSE,
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"RtlTryEnterCriticalSection", TRUE,
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"RtlUnicodeStringToAnsiString", TRUE,
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};
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#define NTDLL_CALL_NAMES DIMA(g_NtDllCallNames)
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#define NTDLL_CALL_PROCS DIMAT(g_NtDllCalls, FARPROC)
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NTDLL_CALLS g_NtDllCalls;
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DYNAMIC_CALLS_DESC g_NtDllCallsDesc =
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{
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"ntdll.dll", NTDLL_CALL_NAMES,
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g_NtDllCallNames, (FARPROC*)&g_NtDllCalls, NULL, FALSE,
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};
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// These entries must match the ordering in the KERNEL32_CALLS structure.
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DYNAMIC_CALL_NAME g_Kernel32CallNames[] =
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{
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"CreateToolhelp32Snapshot", FALSE,
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"DebugActiveProcessStop", FALSE,
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"DebugBreak", TRUE,
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"DebugBreakProcess", FALSE,
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"DebugSetProcessKillOnExit", FALSE,
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"Module32First", FALSE,
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"Module32Next", FALSE,
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"Process32First", FALSE,
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"Process32Next", FALSE,
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"Thread32First", FALSE,
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"Thread32Next", FALSE,
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};
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#define KERNEL32_CALL_NAMES DIMA(g_Kernel32CallNames)
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#define KERNEL32_CALL_PROCS DIMAT(g_Kernel32Calls, FARPROC)
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KERNEL32_CALLS g_Kernel32Calls;
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DYNAMIC_CALLS_DESC g_Kernel32CallsDesc =
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{
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"kernel32.dll", KERNEL32_CALL_NAMES,
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g_Kernel32CallNames, (FARPROC*)&g_Kernel32Calls, NULL, FALSE,
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};
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// These entries must match the ordering in the USER32_CALLS structure.
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DYNAMIC_CALL_NAME g_User32CallNames[] =
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{
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"PrivateKDBreakPoint", FALSE,
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};
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#define USER32_CALL_NAMES DIMA(g_User32CallNames)
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#define USER32_CALL_PROCS DIMAT(g_User32Calls, FARPROC)
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USER32_CALLS g_User32Calls;
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DYNAMIC_CALLS_DESC g_User32CallsDesc =
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{
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"user32.dll", USER32_CALL_NAMES,
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g_User32CallNames, (FARPROC*)&g_User32Calls, NULL, FALSE,
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};
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// These entries must match the ordering in the OLE32_CALLS structure.
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DYNAMIC_CALL_NAME g_Ole32CallNames[] =
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{
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"CLSIDFromString", TRUE,
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"CoCreateInstance", TRUE,
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"CoInitializeEx", TRUE,
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"CoUninitialize", TRUE,
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};
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#define OLE32_CALL_NAMES DIMA(g_Ole32CallNames)
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#define OLE32_CALL_PROCS DIMAT(g_Ole32Calls, FARPROC)
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OLE32_CALLS g_Ole32Calls;
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DYNAMIC_CALLS_DESC g_Ole32CallsDesc =
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{
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"ole32.dll", OLE32_CALL_NAMES,
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g_Ole32CallNames, (FARPROC*)&g_Ole32Calls, NULL, FALSE,
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};
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// These entries must match the ordering in the OLEAUT32_CALLS structure.
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DYNAMIC_CALL_NAME g_OleAut32CallNames[] =
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{
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"SysFreeString", TRUE,
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};
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#define OLEAUT32_CALL_NAMES DIMA(g_OleAut32CallNames)
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#define OLEAUT32_CALL_PROCS DIMAT(g_OleAut32Calls, FARPROC)
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OLEAUT32_CALLS g_OleAut32Calls;
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DYNAMIC_CALLS_DESC g_OleAut32CallsDesc =
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{
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"oleaut32.dll", OLEAUT32_CALL_NAMES,
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g_OleAut32CallNames, (FARPROC*)&g_OleAut32Calls, NULL, FALSE,
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};
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// These entries must match the ordering in the CRYPT32_CALLS structure.
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DYNAMIC_CALL_NAME g_Crypt32CallNames[] =
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{
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"CertFindCertificateInStore", FALSE,
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"CertFindChainInStore", FALSE,
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"CertFreeCertificateChain", FALSE,
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"CertFreeCertificateContext", FALSE,
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"CertGetCertificateChain", FALSE,
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"CertOpenStore", FALSE,
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"CertOpenSystemStoreA", FALSE,
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"CertVerifyCertificateChainPolicy", FALSE,
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};
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#define CRYPT32_CALL_NAMES DIMA(g_Crypt32CallNames)
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#define CRYPT32_CALL_PROCS DIMAT(g_Crypt32Calls, FARPROC)
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CRYPT32_CALLS g_Crypt32Calls;
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DYNAMIC_CALLS_DESC g_Crypt32CallsDesc =
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{
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"crypt32.dll", CRYPT32_CALL_NAMES,
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g_Crypt32CallNames, (FARPROC*)&g_Crypt32Calls, NULL, FALSE,
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};
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// These entries must match the ordering in the ADVAPI32_CALLS structure.
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DYNAMIC_CALL_NAME g_Advapi32CallNames[] =
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{
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"EnumServicesStatusExA", FALSE,
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"OpenSCManagerA", FALSE,
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};
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#define ADVAPI32_CALL_NAMES DIMA(g_Advapi32CallNames)
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#define ADVAPI32_CALL_PROCS DIMAT(g_Advapi32Calls, FARPROC)
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ADVAPI32_CALLS g_Advapi32Calls;
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DYNAMIC_CALLS_DESC g_Advapi32CallsDesc =
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{
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"advapi32.dll", ADVAPI32_CALL_NAMES,
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g_Advapi32CallNames, (FARPROC*)&g_Advapi32Calls, NULL, FALSE,
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};
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#ifndef NT_NATIVE
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HRESULT
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InitDynamicCalls(DYNAMIC_CALLS_DESC* Desc)
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{
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if (Desc->Initialized)
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{
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return S_OK;
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}
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C_ASSERT(NTDLL_CALL_NAMES == NTDLL_CALL_PROCS);
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C_ASSERT(KERNEL32_CALL_NAMES == KERNEL32_CALL_PROCS);
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C_ASSERT(USER32_CALL_NAMES == USER32_CALL_PROCS);
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C_ASSERT(OLE32_CALL_NAMES == OLE32_CALL_PROCS);
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C_ASSERT(OLEAUT32_CALL_NAMES == OLEAUT32_CALL_PROCS);
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C_ASSERT(CRYPT32_CALL_NAMES == CRYPT32_CALL_PROCS);
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C_ASSERT(ADVAPI32_CALL_NAMES == ADVAPI32_CALL_PROCS);
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ZeroMemory(Desc->Procs, Desc->Count * sizeof(*Desc->Procs));
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Desc->Dll = LoadLibrary(Desc->DllName);
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if (Desc->Dll == NULL)
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{
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return HRESULT_FROM_WIN32(GetLastError());
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}
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ULONG i;
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DYNAMIC_CALL_NAME* Name = Desc->Names;
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FARPROC* Proc = Desc->Procs;
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for (i = 0; i < Desc->Count; i++)
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{
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*Proc = GetProcAddress(Desc->Dll, Name->Name);
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if (*Proc == NULL && Name->Required)
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{
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return E_NOINTERFACE;
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}
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Proc++;
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Name++;
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}
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Desc->Initialized = TRUE;
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return S_OK;
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}
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#else // #ifndef NT_NATIVE
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HRESULT
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InitDynamicCalls(DYNAMIC_CALLS_DESC* Desc)
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{
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if (Desc != &g_NtDllCallsDesc)
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{
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ZeroMemory(Desc->Procs, Desc->Count * sizeof(*Desc->Procs));
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return E_NOINTERFACE;
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}
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C_ASSERT(NTDLL_CALL_NAMES == NTDLL_CALL_PROCS);
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g_NtDllCalls.CsrGetProcessId = CsrGetProcessId;
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g_NtDllCalls.DbgBreakPoint = DbgBreakPoint;
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g_NtDllCalls.DbgPrint = DbgPrint;
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g_NtDllCalls.DbgPrompt = DbgPrompt;
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g_NtDllCalls.DbgUiConvertStateChangeStructure =
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DbgUiConvertStateChangeStructure;
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g_NtDllCalls.DbgUiGetThreadDebugObject = DbgUiGetThreadDebugObject;
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g_NtDllCalls.DbgUiIssueRemoteBreakin = DbgUiIssueRemoteBreakin;
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g_NtDllCalls.DbgUiSetThreadDebugObject = DbgUiSetThreadDebugObject;
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g_NtDllCalls.NtAllocateVirtualMemory = NtAllocateVirtualMemory;
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g_NtDllCalls.NtClose = NtClose;
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g_NtDllCalls.NtCreateDebugObject = NtCreateDebugObject;
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g_NtDllCalls.NtDebugActiveProcess = NtDebugActiveProcess;
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g_NtDllCalls.NtDebugContinue = NtDebugContinue;
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g_NtDllCalls.NtFreeVirtualMemory = NtFreeVirtualMemory;
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g_NtDllCalls.NtOpenProcess = NtOpenProcess;
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g_NtDllCalls.NtOpenThread = NtOpenThread;
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g_NtDllCalls.NtQueryInformationProcess = NtQueryInformationProcess;
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g_NtDllCalls.NtQueryInformationThread = NtQueryInformationThread;
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g_NtDllCalls.NtQueryObject = NtQueryObject;
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g_NtDllCalls.NtQuerySystemInformation = NtQuerySystemInformation;
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g_NtDllCalls.NtRemoveProcessDebug = NtRemoveProcessDebug;
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g_NtDllCalls.NtSetInformationDebugObject = NtSetInformationDebugObject;
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g_NtDllCalls.NtSetInformationProcess = NtSetInformationProcess;
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g_NtDllCalls.NtSystemDebugControl = NtSystemDebugControl;
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g_NtDllCalls.NtWaitForDebugEvent = NtWaitForDebugEvent;
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g_NtDllCalls.RtlFreeHeap = RtlFreeHeap;
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#ifndef _X86_
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g_NtDllCalls.RtlGetFunctionTableListHead = RtlGetFunctionTableListHead;
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#endif
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g_NtDllCalls.RtlTryEnterCriticalSection = RtlTryEnterCriticalSection;
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g_NtDllCalls.RtlUnicodeStringToAnsiString = RtlUnicodeStringToAnsiString;
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return S_OK;
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}
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#endif // #ifndef NT_NATIVE
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